How to Choose Social Engineering Simulation Software.
How to Choose Social Engineering Simulation Software. Buy the Report, Not the Template Library.
Ten criteria, the questions to ask in every demo, a weighted scorecard and a pilot plan. Everything we would want to know before choosing social engineering simulation software, from the team that builds and runs it every day.
The product you are buying is the report: whether your procedures held when a convincing request arrived.
Most shortlists for social engineering simulation software are built from feature grids, and feature grids reward the vendor with the biggest template library. That is the wrong prize. The software you choose decides what your board will believe about your human layer, so the real product you are buying is the report: whether the procedures that protect your payments, credentials and access hold when a convincing request arrives.
We build and run this category every day, so here is the short answer. To choose social engineering simulation software, start from the consequential actions you need to protect, score every platform on ten criteria (channel coverage, orchestration, live two-way voice with the inbound callback, interactive video, measurement against procedures, training from findings, peer benchmarking, enterprise fit and built-in authorization), then run a pilot against one real procedure before you sign.
What is social engineering simulation software?
Social engineering simulation software runs authorized, realistic social engineering scenarios against an organization across email, SMS, voice, collaboration tools and video, then measures whether the verification procedures that protect payments, credentials and access hold under pressure, and generates training for the steps that slipped.
That definition is deliberately wider than phishing. Email remains an important channel, and the habits it builds are worth keeping. But the requests that move money and access now arrive as a phone call from the help desk, a voicemail that asks for a callback, a Teams message from a colleague or a video meeting with a familiar face. For the methodology behind a full engagement, our social engineering simulation guide walks through scoping and stages in depth.
Start with what you need to protect, not with a feature list
Every evaluation goes faster when it starts with a list of consequential actions: the outbound payment, the vendor banking change, the credential reset, the MFA enrollment, the privileged access grant, the data export. A social engineer wants one of those outcomes. The software you choose should be able to scope a campaign to each one and show you, before anything runs, which of them have a channel-independent verification requirement attached.
Coverage comes first. A verification procedure only protects the paths where it exists. Most organizations have a strong process for outbound wires and much less for help desk resets or vendor banking changes, which is exactly where the best software earns its keep.
The ten criteria for choosing social engineering simulation software
Use these in order. The first six decide whether the software can test the threat you actually face. The last four decide whether it fits your organization and keeps working after the first quarter.
Map the consequential actions first
Before you look at a single demo, list the actions a social engineer actually wants: an outbound payment, a vendor banking change, a credential or MFA reset, a privileged access grant, a data export. The right software scopes every campaign to one of those actions and shows you which ones have a verification step at all.
Ask in the demo: Can you show me which of our consequential actions have a verification requirement before we run anything?
Cover every channel the adversary uses
Email is where most programs start, and it still matters. Today the risky request arrives by SMS, a phone call, a voicemail, a Microsoft Teams chat or a video meeting. Shortlist only software that runs all of them from one console, so a campaign can move between channels the way a real adversary does.
Ask in the demo: Can one campaign move from email to a call to a Teams chat without me stitching tools together?
Demand orchestration, not personalization
Personalization makes stage one convincing. Orchestration is what stage two does differently because of what the target did at stage one. Ask the vendor to show a sequence that branches: a reply triggers a call, an ignored email triggers a voicemail, a callback lands on an agent that already knows the context.
Ask in the demo: Show me a sequence where stage two changes because of what the target did at stage one.
Insist on live two-way voice and the inbound callback
A scripted voice cannot answer a question or push back, so it never tests the moment a procedure is under pressure. The software should hold a real conversation and answer the number when the target calls back, because the callback is exactly where trust is granted.
Ask in the demo: What happens when the target hangs up and calls the number back?
Test interactive video, not just a clip
Pre-recorded deepfake clips show what synthetic media looks like. Interactive avatars that join a Teams, Zoom or Google Meet call and respond in real time show whether your people still run the check when a familiar face asks for an exception.
Ask in the demo: Can the avatar join a live meeting and answer an unscripted question?
Measure the procedure, not the click
Click rate tells you who opened something. It does not tell you whether the wire went out. The software should record whether verification was executed, skipped or granted as an exception for every consequential action, and report process hold rate, exception rate and time to verify with a stated denominator.
Ask in the demo: Show me a report row for one procedure: executed, skipped or waived, over how many requests?
Generate training from the finding
When a procedure slips, the fix should be a short module for that exact procedure, written from your own policies, delivered in any language and assigned to the teams where the gap was measured. A static content library cannot keep pace with the threat or with your process.
Ask in the demo: If our help desk reset slips, how fast can you generate the module for that procedure, in our policy language?
Benchmark against your peers
Leadership will ask how you compare. Choose software that places your organization against its sector on a structural score, so the comparison reflects your control environment rather than the scenario that happened to run that quarter.
Ask in the demo: What is my score against my sector, and what is that comparison built on?
Fit your enterprise stack
Check for SOC 2, single sign-on, Microsoft Entra ID and Google Workspace sync, an API, a CLI, webhooks and SCORM export. The best platforms also augment Microsoft Attack Simulation Training rather than asking you to rip it out.
Ask in the demo: Which identity, LMS and Microsoft integrations work on day one?
Make authorization part of the product
Simulations that use voice and likeness need written scope, executive consent for any cloned voice or face, abort conditions and a hard stop at the verification boundary so nothing real moves. Choose a vendor that builds those guardrails into every engagement, and that can run the program for you or hand you the controls.
Ask in the demo: Walk me through your rules of engagement and consent workflow for a cloned executive voice.
Score every vendor the same way
A shortlist only works if every vendor answers the same questions with the same kind of proof. Weight the criteria before the first demo, so the most polished presentation does not set the weights for you.
Weight each criterion before the first demo, then ask every vendor for the same proof. Copy this into your evaluation sheet.
| Criterion | Weight | Proof to request |
|---|---|---|
| Consequential action mapping | Critical | A coverage view of your actions before any campaign runs |
| Multi-channel orchestration | Critical | One live sequence that branches on target behavior |
| Live two-way voice and callback | Critical | An unscripted call, then the inbound callback answered |
| Measurement against procedures | Critical | A report row showing executed, skipped or waived, with a denominator |
| Interactive video avatars | High | An avatar that joins a meeting and answers a question |
| Training from findings | High | A module generated live from your own policy text |
| Peer benchmark | High | Your sector comparison and what it is built on |
| Authorization guardrails | High | The written rules of engagement and consent workflow |
| Enterprise integrations | Standard | SOC 2, SSO, Entra ID, Google, SCORM, API, CLI, webhooks |
| Delivery model | Standard | Self-run, fully managed, or both on the same platform |
Weights reflect where a wrong choice is hardest to fix later. Adjust them to your own risk register.
Social engineering simulation software at a glance
Three categories show up on most shortlists, and each one is good at something. Knowing where each stops keeps you from buying a test that is weaker than the threat.
Three categories show up on most shortlists. They answer different questions.
| Category | What it tests well | Where it stops |
|---|---|---|
| Email phishing simulation | Link and attachment discipline, reporting habits | Never reaches the call, the callback or the meeting |
| Scripted voice add-on | A single verification prompt | Cannot answer questions, push back or take a callback |
| Orchestrated platform (OSES™) | Every channel in one sequence, live voice, callbacks, interactive video | Runs to the verification boundary on every channel |
Email simulation still earns its place in a program. The question is whether your software also tests the channels where the high-value requests now arrive.
If you want to see how named vendors compare on these capabilities, our deepfake phishing capabilities comparison grades six platforms on sixteen capabilities, and our enterprise buyer's guide ranks the AI social engineering simulation platform field on eleven criteria.
What the report should prove
The report is the product. Ask every vendor to show you these four measures, each defined by its denominator, so one quarter can be compared with the next without debating what was counted.
Did the verification step fire?
Verification executed through an independent channel, over verification required.
Did a convincing request win a waiver?
Verification consciously skipped or granted as an exception, over verification required.
Is there a step to follow at all?
Consequential actions with a defined verification requirement, over consequential actions identified.
Does it hold under urgency?
Elapsed time from request to verification action, the signal that separates a working procedure from a slow one.
Run a pilot before you sign
A demo shows what a platform can do. A pilot shows what it does for you. Keep it narrow and make it decisive.
- Pick one consequential action. Help desk credential resets are a strong choice, because the request is common and the verification step is easy to define.
- Run one orchestrated sequence. For example, a Teams message from a familiar name that leads to a live call, with the callback answered by an AI voice agent. Our help desk impersonation simulation is built for exactly this.
- Read the finding against the procedure. Did verification fire, get skipped or get waived, and under what pressure?
- Generate the training and measure again. A module for the procedure that slipped, then new scenarios against the same control.
The right software proves your procedures hold. Everything else is decoration.
How Breacher.ai meets every criterion
We built the OSES™ simulation platform around this exact checklist, because we are security practitioners first and we wanted the software we could not find. In our sixteen-capability comparison, OSES™ is the only platform verified on all sixteen.
- OSES™ Simulate orchestrates email, SMS, live two-way AI vishing, the inbound callback, Microsoft Teams and interactive video avatars in Teams, Zoom and Google Meet, in one conditional sequence.
- OSES™ Behave, part of the Secure Behavior Management platform, generates training from each finding in minutes, written from your own policies, in any language, with SCORM export.
- OSES™ Score reports findings against procedures and places your organization against its sector on the OSES™ Risk Index.
- Enterprise ready. SOC 2, SSO, Microsoft Entra ID and Google sync, API, CLI and webhooks, plus an add-on for Microsoft Attack Simulation Training.
- Your choice of delivery. Run it yourself on the platform, or let our team run it end to end through managed delivery. Pricing is by scope, not seat count.
Why the best software measures the procedure, not the eye
No bank measures whether a teller can eyeball a counterfeit note. They measure whether the teller ran the check. The bill got better. The check did not have to.
Social engineering simulation software should follow the same logic. Synthetic voices and faces improve every quarter, and human perception does not, which is why deepfake detection training is a decaying control. A callback to a known-good number returns the same answer against a crude fake and a flawless one. That is why OSES™ uses the most convincing synthetic media we can build, and never grades people on whether they spotted it. A workforce that invokes process defeats our red teams.
This is why the test has to be convincing. A better fake does not break a verification step directly. It raises the pressure to grant an exception, which is why exception rate belongs in every report. Procedures are executed by people, so people still matter, and per-user results stay useful for routing training. We also welcome machine identity verification, such as liveness and document checks in the hiring path, and test whether those controls hold too.
Measure your risk. Train for what you find.
Prove it changed.
Thirty minutes. Bring your shortlist and your consequential actions, and we will show you OSES™ against every criterion on this page.
Book Your DemoFrequently asked questions
Start by listing the consequential actions you need to protect, such as payments, vendor banking changes, credential and MFA resets and access grants. Then score each platform on channel coverage, orchestration, live two-way voice including the inbound callback, interactive video, measurement against procedures, training generated from findings, peer benchmarking, enterprise integration and built-in authorization. Finish with a pilot against one real procedure before you sign.
Social engineering simulation software runs authorized, realistic social engineering scenarios against an organization across email, SMS, voice, collaboration tools and video, then measures whether the verification procedures that protect payments, credentials and access hold under pressure, and generates training for the steps that slipped.
The features that change outcomes are multi-channel orchestration, live two-way voice that also answers the inbound callback, interactive video avatars in Teams, Zoom and Google Meet, reporting against procedures rather than click rate, training generated from each finding, and a peer benchmark. Integrations such as SSO, Entra ID, SCORM, an API and webhooks decide how easily it fits your stack.
Not quite. Phishing simulation software focuses on email, which remains an important channel. Social engineering simulation software covers email plus the channels where high-value requests now arrive, including phone calls, voicemail callbacks, Microsoft Teams, SMS and live video, and it follows a request through every stage until a verification step either holds or does not.
Per-user results are useful for routing training to the people and paths that need it. The headline measure for leadership should be whether the organization's verification procedures held, because a score on a person does not tell you whether the payment went out. Breacher.ai reports findings against procedures and uses per-user data to target training.
A focused pilot can be scoped around one consequential action, such as help desk credential resets, and run inside a few weeks. It should produce a finding named against that procedure, a training module generated from the result, and a clear view of how the platform would scale across the rest of your actions and channels.
Choose the Software That Proves It.
Orchestrated email, live voice, callbacks, Teams and interactive video, reported against your procedures. One platform, run by you or by us.
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